Spontaneous vesicle formation was observed in aqueous mixtures of partially hydrolyzed polyacrylamide and single-tailed cationic surfactants. The influences of pH, addition of long-chain alcohols, variation of hydrocarbon chain length, and head group size of the cationic surfactants were investigated systematically. It was found that 30-50% hydrolyzed degree of polyacrylamide and cationic surfactants with 10 or 12 methylene groups are suitable for vesicle formation in the mixed aqueous systems at pH 9.2. Addition of long-chain alcohols was found to be helpful for vesicle formation in some cases. The vesicle stability was also investigated at various temperatures and amounts of ethanol addition. (C) 2001 Academic Press.Chemistry, PhysicalSCI...
Spontaneous formation of unilamellar vesicles from a solution of a single surfactant in water at nor...
The formation of self-organized assemblies by CnH2n+1NH2.HCl and C12H25SO4 Na in polar solvents was ...
Various aqueous mixtures of the oppositely charged surfactants combine to form vesicles at a certain...
Vesicle formation in aqueous mixtures of the hydrolyzed copolymer of styrene-maleic anhydride (HSMA)...
It is reported that a 1:1 cationic-anionic surfactant mixture can form vesicles in mixed solvents of...
The vesicle formations of 1:1 cationic-anionic surfactants in various nonaqueous polar solvents and ...
The hydrocarbon chain length effects of sodium N-alkanoyl-L-alaninate and N-cetylpyridinium chloride...
Self-organized assemblies in easily precipitated mixed surfactant systems [CmH2m+1N(CH3)(3)Br-C12H25...
The formation of micelles and vesicles of hydrocarbon and fluorocarbon surfactants mixtures has been...
The phase behavior of an ad hoc synthesized surfactant, sodium 8-hexadecylsulfate (8-SHS), and its m...
The phase behavior of an ad hoc synthesized surfactant, sodium 8-hexadecylsulfate (8-SHS), and its m...
The stability of vesicles formed by catanionic surfactants in aqueous solution has been investigated...
The introduction of ionic single-tailed surfactants to aqueous solutions of EO18BO10 [EO = poly(ethy...
The introduction of ionic single-tailed surfactants to aqueous solutions of EO18BO10 [EO = poly(ethy...
Mixed catanionic surfactant systems based on amino acids were investigated with respect to the forma...
Spontaneous formation of unilamellar vesicles from a solution of a single surfactant in water at nor...
The formation of self-organized assemblies by CnH2n+1NH2.HCl and C12H25SO4 Na in polar solvents was ...
Various aqueous mixtures of the oppositely charged surfactants combine to form vesicles at a certain...
Vesicle formation in aqueous mixtures of the hydrolyzed copolymer of styrene-maleic anhydride (HSMA)...
It is reported that a 1:1 cationic-anionic surfactant mixture can form vesicles in mixed solvents of...
The vesicle formations of 1:1 cationic-anionic surfactants in various nonaqueous polar solvents and ...
The hydrocarbon chain length effects of sodium N-alkanoyl-L-alaninate and N-cetylpyridinium chloride...
Self-organized assemblies in easily precipitated mixed surfactant systems [CmH2m+1N(CH3)(3)Br-C12H25...
The formation of micelles and vesicles of hydrocarbon and fluorocarbon surfactants mixtures has been...
The phase behavior of an ad hoc synthesized surfactant, sodium 8-hexadecylsulfate (8-SHS), and its m...
The phase behavior of an ad hoc synthesized surfactant, sodium 8-hexadecylsulfate (8-SHS), and its m...
The stability of vesicles formed by catanionic surfactants in aqueous solution has been investigated...
The introduction of ionic single-tailed surfactants to aqueous solutions of EO18BO10 [EO = poly(ethy...
The introduction of ionic single-tailed surfactants to aqueous solutions of EO18BO10 [EO = poly(ethy...
Mixed catanionic surfactant systems based on amino acids were investigated with respect to the forma...
Spontaneous formation of unilamellar vesicles from a solution of a single surfactant in water at nor...
The formation of self-organized assemblies by CnH2n+1NH2.HCl and C12H25SO4 Na in polar solvents was ...
Various aqueous mixtures of the oppositely charged surfactants combine to form vesicles at a certain...